j health sci med / jhsm

Journal of Health Sciences and Medicine

2636-8579

MediHealth Academy Yayıncılık

10.32322/jhsm.1358284

Dermatology

Dermatoloji

Enhancing dermatology: the current landscape and future prospects of augmented and virtual reality technologies

https://orcid.org/0000-0001-9057-6625

Gençoğlu

Şule

Özel Gözde Hastanesi

01 15 2024

7 1 132 136 09 12 2023 11 30 2023

2018

Journal of Health Sciences and Medicine

This article aims to provide a comprehensive assessment of the current status and future potential of augmented and virtual reality (AR/VR) technologies in the field of dermatology. We conducted an extensive review of the existing literature, encompassing studies and case reports related to the utilization of AR/VR in dermatology. This analysis encompassed diverse applications, including medical education, diagnostics, and dermatologic surgery, to offer a holistic view of their current implementations. Despite the significant interest generated within the dermatological community, the integration of AR/VR technologies in dermatology has not advanced at the same pace as in surgery. Our review underscores the current applications of AR/VR, which encompass improving medical education through interactive simulations, enhancing diagnostic precision, and facilitating complex dermatologic surgical procedures. Additionally, we address the challenges and constraints associated with their practical implementation in clinical settings. Augmented and virtual reality technologies possess immense potential to transform the landscape of dermatology. While their adoption has been gradual, these technologies have showcased their ability to enhance medical education, diagnostics, and surgical interventions. The future holds promising prospects for further developments in AR/VR applications, positioning them as valuable assets for dermatologists and aspiring dermatologists alike. However, it is imperative to address issues related to accessibility, cost-effectiveness, and patient acceptance to foster their widespread integration into clinical practice.

Augmented reality virtual reality dermatology digital dermatology medical education diagnostics

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